Solid Material TRIZ Cases

See how a suction cup assembly with lifting and rotating mechanisms automates 3D box handling,

See how unique visual identification elements on metering scoops enable automated systems to di

See how offset slits in a feeding spout direct food to the front of the mouth, promoting oral m

Open-top back channels and shelf-aligned fasteners let cards be replaced easily while reducing wasted shelf space and theft.

A piercing tube links two insulated beverage containers, letting users carry, cool, and blend drinks through one shared passage.

A removable tray with a built-in cutter opens sealed condiment cups to release fresh dressing evenly through the container.

Independent pistons and sleeves fill solids and liquids in one cycle, preserving weight ratio and reducing separate hot-fill steps.

RFID-based spare-part identification replaces manual maintenance logs in packaging lines, improving data accuracy and predictive maintenance.

RFID-tagged spare parts and line readers automate replacement logging, improving maintenance data quality and predictive monitoring in packaging lines.

Sensor-guided multipack handling detects damaged beverage containers early, removes them, and preserves pallet stability at high throughput.

Cyclical movement of the powder distributor equalizes filling across channels, reducing composition variation in water-soluble cleaning pouches.

Pressing-driven abutment pieces expand their spacing to tear connected drug packages cleanly from a band strip without manual separation.

Pre-dosed plates move in sync with molds to keep capsule powder layers uniform, prevent contamination, and support faster sealing.

Pre-filling deaeration in the connection duct removes intramolecular air, compacts bulk product, and raises bagging throughput.

Separate pouch lanes fill cans directly and enable on-line weighing, so each machine can be adjusted to keep can weight consistent.

A movable dispensing ring and mixing unit automate lunch-box filling to improve portion consistency and production efficiency.

Vacuum ports, carriage alignment, and vibration improve HNB capsule filling precision, orientation, and substrate packing consistency.

A pressure-driven airflow and adjustable seal let powder containers undock from the isolator with less handling and reduced product escape.

A transport sleeve moves joined capsules out of the conveying region to prevent damage, improve alignment, and support reliable sorting.

Mechanical vibration and guided container positioning help articles settle during loading, increasing packing density and reducing empty space.

A multi-link manipulator grips, tilts, and inverts containers to transfer sticky or mixed food accurately with minimal spillage.

A sealed feed sleeve and disposable liner transfer API seed crystals from big bags with minimal particulate leakage and less decontamination.

Dual pneumatic arms with suction open and hold bags for uniform substrate filling across varying material textures, density, and moisture.

X-ray imaging checks oral pouches for missing powder, burst capsules, wet contents, and foreign objects so defective products can be rejected inline.

Piezoelectric benders drive granular solids in precise pulses, reducing jams, maintenance, and contamination in hazardous or clean-room feeding.

A traversible suction opening moves close to the filling spout after bag filling to remove residual powder without hindering bag handling.